By Mathilda Tataw, Student Media. Edited by Chelsea Xu, UL Marketing and Communications.
College of Engineering and Computing student Ayham Elayan, a fall 2025 graduate in bioengineering, spent his undergraduate years doing what many students hope to achieve but few manage at his scale: building community on campus, across the region, and around the world.
When Elayan first came to George Mason University, he felt an ache familiar to many students: the quiet question of belonging. As an Arab American engineering student, he searched George Mason’s landscape of student organizations for a place where he felt seen.
One afternoon, sitting in a professional development class, he and a friend listened as their instructor listed clubs and affinity groups such as the Society ofHispanic Professional Engineers and the National Society of Black Engineers. That’s when a spark caught.
“ We kind of looked at each other—we’re both Middle Eastern and Arab,” he said, “And we were wondering, why don’t we make an organization for students withour background?”
Engineering a community of his own
That conversation became the blueprint for the Arab American Association of Engineers and Architects (AAAEA) at George Mason. Elayan and his friend connected with Arab American students and faculty, pitched the idea to the national organization, and received immediate enthusiasm.
By the next semester, AAAEA became an officially registered student organization. What began as Elayan’s search for belonging quickly turned into a home for others—a professional, cultural, and academic community. The impact spread almost instantly. Within months, Virginia Tech, the University of Maryland, and George Washington University launched their own chapters.
Today, AAAEA operates as a regional network across the Washington, D.C., area. Its growth echoes Elayan’s belief that community often flourishes beyond the borders of a single campus. “ I think everything that exists that is successful has to start with someone taking a leap,” he said. “I was grateful to have branched out.”
Engineering for humanity
Elayan’s impact didn’t end with regional community-building. As he was helping create spaces for Arab American engineers in the U.S., he was also lookingoutward to global humanitarian work.
Through George Mason’s Study Abroad program, guided by bioengineering faculty, Elayan traveled to Ecuador, where he helped build prosthetic legs for amputees in need.
“ That was the first time we had taken students to Ecuador,” said Elayan. “It was a great experience and important to me. I come from an area where people are less fortunate. It’s a big humanitarian crisis. So, when I worked with prosthetics, I just kept tying it back to my country and how I hope to be able to bring it back to them.”
One patient he worked with—a man who lost a leg due to diabetes—told him the prosthetic “re-enabled” him. Others shared similar experiences. The team watched, over only a week, as several patients took independent steps for the first time in years.

The experience reframed his understanding of engineering. “I always knew that engineering could make a difference for people’s lives, but it was nice to see it in action and firsthand, especially in bioengineering. It can be challenging, but it’s very rewarding.”
Elayan hadn’t always planned to study abroad. The idea felt distant until George Mason’s short-term, faculty-led programs reframed what global learning could look like.
“I wasn’t sure if I was going to study abroad during my time at Mason,” said Elayan, recalling his hesitation. “To others who are hesitant, I suggest taking advantage of the short-term opportunities. I was grateful for those because I didn’t have to spend an entire semester abroad, which can be daunting or scary for people.”
As graduation approaches, Elayan encourages students to explore the opportunities that feel personally meaningful, “so they can be motivated to succeed and make animpact. We can tackle so much and make an impact across the world,” he said. His story shows that success at George Mason isn’t prescribed; it’s built, discovered, and redefined—one student at a time.












